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Binary Logic Alphabet

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Binary Logic Alphabet

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About this activity

Guess a basic term for each letter from binary logic.

Created by

Adrián Romero
Adrián Romero
Bolivia

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Binary Logic Alphabet
 

Binary Logic AlphabetOnline version

Guess a basic term for each letter from binary logic.

by Adrián Romero
A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
Q
R
S
T
U
V
W
X
Y
Z

Starts with A

A basic circuit that outputs true only when both inputs are true.

Starts with B

Representation using two symbols, typically 0 and 1, used in digital logic.

Starts with C

A closed path of wires and components that processes signals.

Starts with D

Converts coded input signals into a higher number of outputs.

Starts with E

Outputs true when inputs differ; the opposite of a standard AND/OR interaction.

Starts with F

A bistable circuit that stores one bit of information.

Starts with G

A basic building block that performs a logical operation on inputs.

Starts with H

Adds two bits and provides sum and carry outputs.

Starts with I

Also called NOT gate; inverts the input signal.

Starts with J

A versatile flip-flop that toggles, sets, or resets based on inputs.

Starts with K

A diagram used to simplify boolean expressions by grouping ones.

Starts with L

A basic storage element that holds a bit until enabled to change.

Starts with M

Selects one of several input signals to forward to a single output.

Starts with N

Outputs false only when all inputs are true; universal for logic.

Starts with O

Outputs true if at least one input is true.

Starts with P

A configurable network used to implement logic functions.

Starts with Q

A minimization method for boolean expressions.

Starts with R

A group of flip-flops used to store multiple bits of data.

Starts with S

The result bit produced by adding two binary digits.

Starts with T

A table listing all input combinations and their corresponding outputs.

Starts with U

A gate capable of implementing any boolean function (e.g., NAND/NOR).

Starts with V

Electrical potential difference used to represent digital levels.

Starts with W

Conductor that carries electrical signals between components.

Starts with X

Outputs true when an odd number of inputs are true.

Starts with Y

A selector mechanism used to choose among multiple signals in diagrams.

Starts with Z

Logical value representing the false state in digital systems.

 
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